def attempt(self):
# Cornfield edge.
for rank, index, coords in Hexagon.area(self.center, self.size):
if rank >= self.size - self.wall_width:
self.cells[coords] = (rank, self.place_corn())
else:
self.cells[coords] = (rank, None)
# TODO: Return corn rows.
self.place_passages()
return self.cells, self.passages
def place_passages(self):
"""Place random stairs, then set their positions in a dict."""
if not self.passages:
return False
passages = {}
perimeter = random.sample([h for h in Hexagon.perimeter(self.center, self.size - self.wall_width)], len(self.passages))
for which, passage in self.passages.items():
where, pos = passage
if not pos:
index, coords = perimeter.pop()
# Block off the immediate surroundings.
for rank, index, coords in Hexagon.area(coords):
self.cells[coords] = (None, None)
passages[which] = Path(which, where)
self.cells[coords] = (None, passages[which])
self.passages = passages
def retarget(self):
target = self.owner.call("Faction", "get_target").get_result()
if target:
self.target = target
self.destination = self.target.coords
debug.log("%s retargeted to %s." % (self.owner.appearance(), self.target.appearance()))
return True
destination = self.owner.call("Faction", "get_destination").get_result()
if destination:
self.destination = destination
debug.log("%s found no target but instead a destination." % self.owner.appearance())
return True
# Move somewhere random.
debug.log("%s failed to retarget." % self.owner.appearance())
self.destination = random.choice([h for h in Hexagon.area(self.owner.coords, 10)])
return True
def draw(self, display):
map_obj = self.level.get_map()
self.center = self.get_focus()
# Draw the encounter map.
for rank, index, coords in Hexagon.area(self.center, self.zoom):
if map_obj.valid(coords) is not False:
glyph, col = self.get_glyph(map_obj, coords)
else:
glyph = ','
col = "red-black"
display.hd(self, coords, glyph, col)
# Draw highlights around the encounter map border.
if len(self.get_controller().highlights) > 0:
for highlight_id, highlight_obj in self.get_controller().highlights.items():
if Hexagon.distance(self.center, highlight_obj.coords) > self.viewport_rank:
# TODO: Don't use Bresenham here, it flickers!
continue
cells = line(self.center, highlight_obj.coords, self.viewport_rank+2)
cell = cells.pop()
# TODO: Highlight color
glyph, col = "*", "green-black"
display.hd(self, cell, glyph, col)
def attempt(self):
for rank, index, coords in Hexagon.area(self.center, self.size):
self.cells[coords] = (rank, None)
self.place_passages()
